A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a pouring system for antigravity reinforcement in the technical field of pouring systems. The pouring system comprises a slurry conveying mechanism, a feeding mechanism and a slurry template, wherein the slurry template sleeves a column cap and is in sealed connection with the outer wall of a column, the top surface of the slurry template abuts against the bottom surface of a floor slab to define a sealed cavity, the feeding mechanism is installed on the outer wall of the slurry template and communicates with the sealed cavity, and the slurry conveying mechanism conveys slurry into the feeding mechanism through a pipeline and the slurry enters the sealed cavity through the feeding mechanism. The pouring system has the advantages that the problem that the floor slab and newly poured concrete are not compact due to the fact that the floor slab is covered with soil and self-compacting concrete cannot be poured can be solved, a slurry discharging groove is formed, the slurry in the sealed cavity overflows from the slurry discharging groove, and large pressure is prevented from being produced on the slurry template.
本发明公开了浇筑系统技术领域的一种用于反重力加固的浇筑系统，包括浆料输送机构、进料机构、浆料模板，所述浆料模板套在柱帽上且与柱子外壁密封连接，其顶面与所述楼板底面相抵并围成一个密封腔体，所述进料机构安装在浆料模板外壁上且与密封腔贯通，所述浆料输送机构通过管路将浆料输送至进料机构中，并由所述进料机构进入密封腔体内。本发明的有益效果是：该浇筑系统能够解决地下室柱帽增大截面加固时，因楼板覆土而无法开孔浇筑自密实混凝土导致楼板与新浇混凝土不密实的问题，设置排浆槽，使得密封腔体内的浆料由排浆槽溢出，防止对所述浆料模板产生较大压力。
The invention discloses a pouring system for antigravity reinforcement in the technical field of pouring systems. The pouring system comprises a slurry conveying mechanism, a feeding mechanism and a slurry template, wherein the slurry template sleeves a column cap and is in sealed connection with the outer wall of a column, the top surface of the slurry template abuts against the bottom surface of a floor slab to define a sealed cavity, the feeding mechanism is installed on the outer wall of the slurry template and communicates with the sealed cavity, and the slurry conveying mechanism conveys slurry into the feeding mechanism through a pipeline and the slurry enters the sealed cavity through the feeding mechanism. The pouring system has the advantages that the problem that the floor slab and newly poured concrete are not compact due to the fact that the floor slab is covered with soil and self-compacting concrete cannot be poured can be solved, a slurry discharging groove is formed, the slurry in the sealed cavity overflows from the slurry discharging groove, and large pressure is prevented from being produced on the slurry template.
本发明公开了浇筑系统技术领域的一种用于反重力加固的浇筑系统，包括浆料输送机构、进料机构、浆料模板，所述浆料模板套在柱帽上且与柱子外壁密封连接，其顶面与所述楼板底面相抵并围成一个密封腔体，所述进料机构安装在浆料模板外壁上且与密封腔贯通，所述浆料输送机构通过管路将浆料输送至进料机构中，并由所述进料机构进入密封腔体内。本发明的有益效果是：该浇筑系统能够解决地下室柱帽增大截面加固时，因楼板覆土而无法开孔浇筑自密实混凝土导致楼板与新浇混凝土不密实的问题，设置排浆槽，使得密封腔体内的浆料由排浆槽溢出，防止对所述浆料模板产生较大压力。
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